KR19980081794A - Idea products - Google Patents

Abstract

The present invention relates to an idea product, the idea product used in connection with a liquid has a body and a generator. The generator is electrically attached to the body and generates special effects such as audible sound or visible light that adds pleasure to the user. The generator has an actuator, which is attached to the body and activates the generator when it comes into contact with liquid. According to one aspect of the invention certain bodies include beverage straws having passageways through which liquid can flow. The actuator has two electrical sense wires, which are located in the passage so that the generator can be operated by the liquid passing through the straw passage.

Description

Idea products

The present invention relates to a novel article, and more particularly to an idea product designed to produce special effects such as audible sound or visible light.

Objects designed to create special effects, such as music or light, can help you to be entertained. For example, drinking straws designed to sound or glow as liquids pass through make people more entertaining, such as birthday parties for children. In the past there were straws designed to produce special effects (see, for example, U.S. Pat.Nos. 3,122,959, 3,332,622, 3,398,624, 4,121,835, 4,252,273 and 4,631,715). Therefore, there is a need for a drinking straw designed to sound or shine.

It is therefore an object of the present invention to provide new and more advanced idea products for use in connection with liquids in order to overcome the disadvantages and drawbacks of the past analogues specified above.

For a more complete understanding of the present invention, detailed descriptions of various types of figures and examples are included.

1 is an exploded view of an idea product according to a first embodiment of the present invention.

FIG. 2 is a cross-sectional view of the product shown in FIG. 1 in the direction of the arrow on page 2-2. FIG.

3 is an elevational view of the electronic circuit module of the product shown in FIGS.

FIG. 4 is a schematic diagram of an electronic circuit used in the product shown in FIGS. 1 and 2. FIG.

Figure 5 is a side view of the product produced by the second embodiment of the present invention.

6 is a side view of a product manufactured by the third embodiment of the present invention.

7 is an elevational view of a product made by the fourth embodiment of the present invention.

Figure 8 is a bottom view of the product produced by the fifth embodiment of the present invention from the bottom up;

9 is a schematic diagram of an electronic circuit assembly used in the article shown in FIG.

10 is a front view of the product shown in FIG.

11 is a side view of the product shown in FIGS. 8 and 10.

Figure 12 is a top view looking down from the top of a product made by the sixth embodiment of the present invention.

FIG. 13 is a schematic diagram of an electronic circuit assembly used in the product shown in FIG. And

Figure 14 is an elevational view of a product made by the seventh embodiment of the present invention.

As a means for achieving the above object, the configuration of the present invention is as follows.

The current idea product consists of a body and a generating mechanism that attaches to the body and electronically generates special effects such as sound and light to help the user become more excited. The generator provides an activating mechanism attached to the body that activates the generator when in contact with the liquid. The actuator includes two electrical contacts that activate the generator when in contact with the liquid.

According to a feature of the invention the body comprises a straw with a passage through which liquid can pass. The two electrical sense wires are located in the passage so that the generator is operated by the liquid passing through the passage.

Another feature of the invention is that the size or shape is adjusted to allow the body to float or immerse in the liquid. This electrical sensing wire is located on the body so that it can come into contact with the liquid when the body is floating or submerged.

Another feature of the invention is that the body is a spoon. In particular, the electrical sensor wire is attached to the mouth of the spoon (head), so that the generator generates a special effect when the part is submerged in liquid.

By the above configuration, the configuration and operation of the most preferred embodiment that can easily implement the present invention will be described in detail with reference to the accompanying drawings.

1 and 2 show the idea product 10 manufactured by the first embodiment of the present invention. In particular, product 10 includes a straw 12 comprising passageway 14 and an electrical / electronic circuit module 16 adapted to sound electronically or electronically by the liquid passing through passageway 14 of the straw, which will be described in more detail later. A receptacle 18 is attached to the straw 12 to attach the electronic circuit module 16 to the straw 12. There are two clips 20 for the frame 18 to be firmly attached to the straw 12 (see Figure 2). The clip 20 is sized and shaped to fit a portion of straw 12 between them. To permanently attach frame 18 to straw 12, adhesive 22 is used between clip 20 and straw 12 (see Figure 2). Frame 18 also includes two holes 24, 26, as will be described later in use, formed on the side facing down of frame 18. There is also a board 28 with interesting pictures or shapes attached to the electronics module 16 to make the product more visible and interesting. As shown in Figures 1, 2, 3, and 4, the electronic circuit module 16 includes a housing 30 and an electronic circuit assembly 34 contained within. In particular, the barrel 30 was designed in size and shape so as to fit well into the frame 18, and the adhesive 32 was used between the electronic circuit module 16 and the frame 18 and permanently attached to the frame 18 (see FIG. 2). Product 10 is not disposable, so if product 10 is cleaned after use, it must be waterproofed so that no cleaning agents, such as water, enter the container 30 containing the electronics assembly 34.

In particular, as shown in FIG. 4, the electronic circuit assembly 34 provides an IC element 36 (hereinafter referred to as ICU), a power source 38 (e.g., a battery), a sensing or actuating device 40, a resistor 42 and a loud speaker 44. . In particular, the sensing device 40 connected to the ICU 36 to operate the ICU 36 comprises two electrical sensing wires 46 and 48, both of which protrude out of the barrel 30 and have two holes 24, respectively at the bottom of the frame 18. Its size and shape are designed so that it can enter 26 (see Figure 1-3). In particular, the sensing lines 46 and 48 have a pointed tip like a needle, so when the electronic circuit module 16 is pushed into the frame 18, the sensing lines penetrate through the straw 12 and then the sensing lines 46 and 48 are located in the passage 14 of the straw 12 (Fig. 2, 4). If possible, the electronics module 16 should be placed in the frame 18 before the adhesive 22 solidifies, and after the sensing lines 46,48 are placed in the straw 12, the adhesive 22 solidifies and fills all the spaces between the sensing lines 46, 48 and the straw 12. Do not leak. This prevents the liquid flowing through the straw 12 from exiting the passage 14 through such a space and also does not allow air to enter the product 10. Alternatively, the gasket is placed between the straw 12 and the frame 18 and between the frame 18 and the barrel 30 containing the electronic circuit module 16 to serve as a seal. The sensing lines 46 and 48 enter the straw 12 to fix the frame 18, and also allow the electronics module 16 to be positioned relatively on the straw 12.

4, when a conductive liquid such as fruit juice or soda water passes through the passage 14 of the straw 12, it contacts the sensing lines 46 and 48 to connect the electronic circuits containing the sensing lines 46 and 48 (that is, the sensing line 46, 48 is electrically connected by liquid) and ICU 36, which is commonly found in electronics, is designed to operate. In other words, the sensing lines 46, 48 activate the ICU 36 when it comes into contact with the liquid passing through the passage 14. At this time, the resistor 42 is connected to the ICU 36 to adjust the operating sensitivity of the electronic circuit assembly 34. In particular, resistor 42 is provided so that sensing lines 46, 48 can be electrically connected by means of liquid. That is, the resistance of the resistor 42 is determined so that the ICU 36 operates when the sensing lines 46 and 48 are connected by a liquid such as fruit juice or soda water with low conductivity. For this purpose, the resistance of resistor 42 requires between about 300,000 ohms and about 600,000 ohms, more precisely about 500,000 ohms. At this point, the resistance value of resistor 42 must be so high that it is too sensitive to prevent unwanted malfunction of the ICU 36.

The ICU 36 is pre-programmed as an electronic signal that can be converted to audible music, voice or sound through the speaker 44. In particular, the ICU 36 operates when the sensing lines 46 and 48 are electrically connected and includes a program that is preprogrammed with an electronic signal so that the audible sound or sound can be repeated once or several times. The ICU 36 currently completes the input sound even when the sensing lines 46 and 48 are electrically connected and then separated. However, this can be changed as necessary depending on the connection time and method of sense lines 46 and 48. For example, if you want the electronic signal from the ICU 36 or its resulting sound to change with the connection and time of the sensing device 40, if the sensing device 40 is disconnected after the ICU 36 is activated, one cycle does not end until the end of the ICU 36. You can also go back and get it working again.

The power source 38 should be specified to meet the requirements of electronics assembly 34, in particular ICU 36. The electronic circuit used in the present invention is for 1.5 volts and the battery used is 1.5 volts.

The user uses straw 12 like a normal straw. When a liquid such as fruit juice or soda water is sucked up into passage 14 of straw 12, the liquid passing through passage 14 comes into contact with sensing lines 46 and 48 and connects the two lines. As a result, the liquid connects the circuits with the sensing lines 46 and 48 (electrically connected with the sensing lines 46 and 48), the ICU 36 is activated and the input sound, such as singing or cultivating, is generated through the speaker 44. In this way, Idea Product 10 makes the atmosphere more exciting at meetings such as birthday parties for children.

The invention specifies that various modifications and variations are possible. For example, frame 18 is designed to be separated from straw 12, straw 12 is for single use, and frame 18 and electronics module 16 can be reused for other straws. In this case, the frame 18 and the electronic circuit module 16 may be bundled together. To attach the bundled parts to a disposable straw, you can use a clip that wraps and attaches a portion of straw 12 completely. If the clip wraps the straw completely, the sensing wires 46 and 48 penetrate into the straw, helping to hold the bundled part onto the straw. This prevents the bundled parts from moving vertically on the straw. Straw 12 can also be made in many shapes. For example, it can be curved rather than linear.

Electronic assembly 34 may also have various modifications and variations. For example, several different types of circuits can be used in product 10. In addition, the resistance value of the resistor 42 depends on the overall circuit design of the electronic circuit assembly 34 and thus may be out of the above-described resistance value range. In addition, the relative position of the resistor 42 in the electronic circuit assembly 34 can also be changed. For example, resistor 42 may be included in ICU 36. Sensing device 40 can also be replaced by a switch that can operate ICU 36. For example, the sensing device 40 may be replaced by a switch device which is mechanically or electronically operated by the liquid passing through the passage 14 of the straw 12 or mechanically or manually operated by the user. The ends of the sensing lines 46 and 48 can also be blunted and not pointed. In this case, a hole is drilled on the straw 12 so that the sensing lines 46 and 48 can easily enter the aisle 14 of the straw 12.

In addition to the modifications and changes described above, Frame 18 can be completely eliminated. That is, the electronic circuit module 16 may be installed directly on the straw 12. As stated above, the electronic circuit module 16 and the frame 18 can be bundled into one component. In addition, the electronic circuit module 16 may be separated from the frame 18. The electronics assembly 34 and the ICU 36 can also provide a recording function to record sounds such as voices and play them back when the ICU 36 is activated. Electronic assembly 34 may attach electrical components such as amplifiers for speakers 44. The electronic circuit assembly 34 may also be designed to further exhibit special effects such as visual effects by providing optical elements designed to operate when the ICU 36 operates. Clip 20 may also be replaced by another type of bonding device.

5, 6, 7, 8-11, 12-13 and 14, respectively, depict another embodiment of the second, third, fourth, fifth, sixth, and seventh embodiments of the present invention. In Figs. 5, 6, 7, 8-11, 12-13 and 14, each component is indicated by adding 100, 200, 300, 400, 500 and 600 to the corresponding component numbers of Figs. 1-4, respectively. . For example, 46 and 48 in FIGS. 1-4 are indicated as 146 and 148 in FIG. Unless otherwise stated, the embodiments between FIGS. 5-14 are configured in basically the same manner as the embodiment of FIGS. 1-4.

In Figure 5, product 110 is shaped like a boat 112 to float or immerse in a liquid such as water. In particular, Product 110 is designed for use in bathtubs or in places such as swimming pools. The body 112 houses the electronic circuit assembly 134 therein. In particular, the electronics assembly 134 includes two electrical sensing lines 146, 148 connected to the ICU 136 and the ICU 136. Sensing lines 146, 148 were positioned to contact liquid when body 112 was on or in liquid. In this sense the sensing lines 146, 148 are located at the outer bottom of the boat and are tangential by the liquid when the body 112 is in the liquid, resulting in the ICU 136 operating. Body 112 is a light emitting device 150 is connected to the ICU 136 is designed to emit light when the ICU 136 is operating. The motor 152 and propeller 154 are also attached to the body 112 so that the boat can be forwarded by the motor 152 when the ICU 136 is operating. The body 112 is not shown here, but it has a power source, such as a speaker or battery, that can make a boat sound. When the product 110 is placed in the liquid, the sensing lines 146, 148 are electrically tangential by the liquid to operate the ICU 136. As a result, the light emitting device 150 is activated to emit light, the motor 152 is operated, the propeller 154 rotates, and the body 112 moves forward.

The product 210 of FIG. 6 is basically the same as the product 110 of FIG. 5, but the body 212 of the product 210 is in the shape of an automobile and there is no motor or propeller used in the body 110 of FIG. 5.

7 shows an idea product 310 comprising a spoon 312 with a head 356 and a handle 358. Electronic assembly 334 depends on spoon 312. In particular, the electronics assembly 334, although not shown here, includes an ICU, a battery and a speaker, which are connected to each other. The sense lines 346 and 348 are attached to the spoon head 356, which is connected to the ICU to operate the ICU and to which the speaker makes a sound.

In use, when the head 356 of the spoon 312 is submerged in water or milk, the sensing lines 346 and 348 are electrically connected to activate the ICU. As a result, the speaker of the electronics assembly 334 generates a preprogrammed sound.

Note that Idea Product 310 can be modified and modified in many ways. For example, spoon 312 can be replaced by various types of eating utensils such as forks and knives in shape. In addition, the electronic circuit assembly 334 may include a device that can generate special effects such as light.

8-11 show an idea product 410 that is built and operates in essentially the same manner as the embodiment shown in Figure 1-4, with the following exceptions. The idea product 410 consists of a drinking straw 412 with a curved shape and a mold 418 for storing the electronic circuit assembly 434. Unlike electronic circuit assembly 34 of the embodiment shown in FIGS. 1-4, this electronic circuit assembly 434 is directly enclosed in frame 418 because it does not have the same canister 30 used in the embodiment shown in FIGS. Straw 412 passes through frame 418 and there are two open holes 460 of straw 412 outer diameter above and below side 462 of frame 418 (only one of which is shown in FIG. 8). Straw 412 in particular passes through these two open holes 460. There are two small holes 463 on each side of the open hole 460 on the lower side of the side 462 of the frame 418. These two holes 463 are intended to allow drainage of liquids such as water when entering the mold 418. Also, the sound generated by the electronic circuit assembly 434 in the frame 418 can come out through these two holes 463 to be more audible to the user. A cover 464 is used to cover the electronics assembly 434 in the frame 418 and to block one open portion (not shown here) of the frame 418. The cover 464 has two open holes 465 up and down so that the straw 412 can be secured between the open holes 460 (only one is shown in FIG. 8).

These two open holes 465 are identical in size and shape to the two open holes 460 of the frame 418. When the cover 464 is covered, the straw 412 is pinched between the two holes to be fixed.

The electronics assembly 434 consists of an ICU 436, a power source 438 such as a battery, a sensing device 440, a sounding device 444 and a transistor 466, all of which generate sound when the sensing lines 446 and 448 of the sensing device 440 are electrically connected. It is connected directly or indirectly if possible. The power supply is currently 3 volts. As is well known in the electronics field, the transistor 466 amplifies the input signal and, as a result, activates the ICU when the electrical sensors 446 and 448 are connected by a liquid such as juice or soda water. This transistor is a type readily available on the market. The ICU 436 used in the present invention is an ICU readily available on the market (ie, an ICU sold by Taiwan's Huako Company under part number HKA5208). The sound section 444 is also a buzzer or speaker that is readily available on the market.

In assembling the idea product 410, the two sensing lines 446 and 448 are heated to a predetermined, suitable temperature and placed on a straw 412, a product made of plastic or similar material. The heated sensing lines 446 and 448 are placed on the straw 412 and the contact portion of the straw 412 is melted. This makes the sensing lines 446 and 448 easily enter the straw 412 and are located in the passage 414 in the straw 412. As soon as the sensing lines 446, 448 and straws 412 cool, the melted parts harden and the space between the sensing lines 446, 448 and straws is sealed, resulting in a seal that uses a gasket or adhesive. There is no need to work. When the part of straw 412 around the sensing lines 446 and 448 is completely hardened, the sensing lines 446 and 448 are fixed in place, and as a result, the electronic assembly 434 is also fixed on the straw 412.

Note that the Idea Product 410 can be modified or modified in many ways. For example, as is well known in the electronics art, the electronic circuit assembly 434 or other electronic circuit assemblies shown and described herein can be modified in many ways depending on the particular needs or requirements. The design of the electronic circuit assembly 434 depicted in FIG. 9, or the electronic circuit assemblies described herein, is used as an example of one of several forms and is not intended to limit the scope of the invention. In other words, when the components of the electronic circuit assembly 434 are specially designed, several components may be bundled together or removed, or may be designed by adding another component. For example, special design of the ICU 436 may include transistor 466 or may add a resistor as shown in the embodiment of FIGS. Electronic circuit assembly 434 can also be specially designed to produce other special effects. In addition, the sensing lines 446 and 448 may be plated with gold or silver to increase electrical conductivity. Other plating materials may be used as long as they are not harmful to the human body. You can also operate the ICU 436 as desired by adjusting the distance between the sense lines 446, 448, or by placing the sense line 446 in a different position relative to the sense line 448 within the passage 414 of the straw 412, or by adding a resistor to the electronics assembly 434. You can change the sensitivity.

Following the electronics assembly 434, the frame 418 can also be modified. For example, other fasteners, such as fasteners, may be used to secure the straw 412 to the frame 418. Painted plates or small sculptures may also be attached on the cover 464 to increase fun.

12 and 13 show an idea product 510 that is manufactured and operated in a substantially similar manner to the embodiment shown in FIGS. 1-4 except as follows. The product 510 consists of a straw 512 and a frame 512 attached to a straw 512. There is a groove 568 on the back of the frame 518, which is designed so that its size and shape can be partially snapped into place and secured. Alternatively, other fasteners may be used to secure the straw 512 to the frame 518. Frame 518 has a cover 564 made of a transparent or translucent material such as acrylic and comprising a convex face 570. The convex face 570 can be made otherwise flat. The text or picture 572 is printed, printed or pasted into the convex portion 570. Text or pictures 572 with embedded convex surface 570 as transparent or translucent can be seen to the user or spectator through the convex surface 570. Moreover, because of the convex shape, the convex surface 570 allows embedded text or pictures to appear better than flat surfaces.

The idea product 510 has an electronic circuit assembly 534. In particular, the electronics assembly 534 includes a power source 538, a sensing device 540, a transistor 566 and a light emitting device 550, such as an LED or a light bulb, all of which are directly or indirectly connected to one another to generate light. In particular, the light emitting device 550 attached to the inside of the frame 518 emits light when the sensing lines 546 and 548 of the sensing device 540 are electrically connected by the liquid flowing into the straw 512 to illuminate the embedded text or the drawing 572.

The idea product 510 can have many kinds of modifications and variations. For example, text or picture 572 may be printed, painted or attached to the exterior of the convex surface 570. The light emitting device 550 may also be attached to the outside of the frame 518 or straw 512. Also, the electronic circuit assembly 534 may be designed to continuously emit light while the sensing lines 546 and 548 are electrically connected by liquid. The electronic circuit assembly 534 may also cause the light emitting device 550 to intermittently emit light while the sensing lines 546 and 548 are electrically connected by a liquid by another kind of ICU or a similar device. In addition, the electronics assembly 534 can also be designed to produce other visual effects. As an example, the electronic circuit assembly 534 may use multiple light emitting devices to cause letters or pictures to change in a partially or wholly pre-input order, such as neon signs. In addition to the light emitting device 550, the electronic circuit assembly 534 may be used in parallel with the speaker device described in the embodiment described with reference to FIGS. The framework 518 may also be modified in other shapes (ie, like a human or animal) or may be used in parallel or separately from the faceplate, such as faceplate 28 of the product 10 of the embodiment shown in FIGS. In particular, when the straw 512 itself is made of a material that transmits light, such as acrylic, light may be emitted from the light emitting device 550 and transmitted out through the straw, thereby making the straw itself glow. In this case, the surface of the straw 512 is roughened and unbalanced so that the light is distributed in various directions, so that the light emitted through the straw 512 can be made stronger. This will cause the straw 512 to glow.

Figure 14 shows an idea product 610 made in the seventh embodiment of the present invention. This product 610 includes a framework 618 with couplers 674, 676 on each side. The product 610 also includes straws 612, which are connected separately to connectors 674 and 676 of the framework 618, which are divided into two sections 612a and 612b. Straw 612 also includes passageway 614 from 612a to 612b. This straw passageway 614 includes three portions of passageway 614a in portion 612a and passage 614b in portion 612b and frame 618 connecting 674 and connector 676 through connector 674 and connector 676. Here, the straw 612 is structurally divided into two parts and different from the straw 12 of the embodiment shown in FIGS. 1-4, but functionally, the straw 612 is the same as the straw 12. That is, the straw portions 612a and 612b and the passage portion 614c act together and act on the same straw as the straw 12. Straws 612a and 612b can be separated up and down from frame 618 and the three can be washed independently of each other. In other words, the two parts of the straw 612a and 612b and the frame 618 can be separated into three parts, respectively, or can be assembled and present as a device.

Product 610 includes an electronic circuit assembly (not shown in Figure 14) with electrical sensing wires 646, 648 located in passage portion 614c of passage 614. As liquid flows through passage 614, sensing lines 646 and 648 are electrically connected, causing the electronics assembly to produce electronic special effects.

The embodiments shown here are merely examples and indicate that a person skilled in the art may make various modifications and variations without departing from the theory and scope of the present invention.

All modifications and variations are included within the spirit of the invention as defined in the appended claims.

As described above, in the embodiment of the present invention, by providing a special effect such as audible sound or visible light when the liquid passes, it provides an idea product that makes the atmosphere more exciting at the meeting, such as birthday party for children.

Claims (46)

Body; And And a generator that is electrically attached to the body and generates a special effect that adds to the user's enjoyment. The generator is attached to the body to operate the generator by contact with liquid. An idea product comprising a device and used in conjunction with a liquid. The method of claim 1, The actuator comprises electrical sensing wires positioned on the body to be in contact with the liquid, the electrical sensing wires actuating the generator when in contact with the liquid. The method of claim 2, And the generator includes an electronic circuit assembly coupled to the electrical sensing lines. The method of claim 3, The body includes a beverage straw having a passageway in itself to allow liquid to flow and electrical sensing wires positioned within the passageway so that the electronic circuit assembly can be activated by liquid flowing through the passageway. The method of claim 4, wherein The electronic circuit assembly includes a speech device that generates an audible sound when the electrical sense wires are electrically connected by liquid flowing through the passage of the drinking straw. The method of claim 5, And the foot growth point comprises a speaker connected to the electrical sensing lines. The method of claim 6, The electronic circuit assembly includes an ICU coupled to the electrical sense lines and the vocalizer such that the speaker generates a pre-input audible sound when the electrical sense lines are electrically connected by liquid flowing through the straw passage. Idea product. The method of claim 7, wherein And the electronic circuit assembly includes a power source coupled to the ICU. The method of claim 8, And said electronics assembly comprises a transistor coupled to said ICU. The method of claim 4, wherein And the electronics assembly comprises a light emitting device that generates visible light when the electrical sensing lines are electrically connected by liquid flowing through the straw passage. The method of claim 10, The light emitting device, the idea product includes a light emitting device connected to the electrical sensing lines. The method of claim 11, The electronic circuit assembly includes a power supply and a transistor connected to the electrical sensing lines and the light emitting device. The method of claim 3, The electronics assembly includes a speech device that generates an audible sound when the electrical sense wires are electrically connected by a liquid. The method of claim 13, And the foot growth value comprises a speaker connected to the electrical sensing lines. The method of claim 14, The electronic circuit assembly includes a light emitting device that generates visible light when the electrical sensing lines are electrically connected by a liquid. The method of claim 15, And the light emitting device comprises a light emitting device connected to the electrical sensing lines. The method of claim 16, And the electronic circuit assembly includes an actuation device that causes movement of the body. The method of claim 17, The actuating device includes a motor connected to the electrical sensing wires. The method of claim 3, The electronic circuit assembly includes a light emitting device that generates visible light when the electrical sensing lines are electrically connected by a liquid. The method of claim 19, And the light emitting device comprises a light emitting device connected to the electrical sensing lines. The method of claim 3, And the electronic circuit assembly includes an actuation device that causes movement of the body. The method of claim 21, The actuating device includes a motor connected to the electrical sensing wires. The method of claim 3, An idea product in which the body is designed in size and shape to float on a liquid. The method of claim 23, wherein And the electrical sensing wires are attached on the body to be in contact with the liquid and, when placed on the liquid, actuate the electronic circuit assembly as a result. The method of claim 3, Idea product of the size and shape is designed to be submerged in the liquid. The method of claim 25, And the electrical sensing wires are attached on the body to be in contact with the liquid and, when submerged in the liquid, actuate the electronic assembly as a result. The method of claim 3, The idea product of the body comprises a spoon. The method of claim 27, The spoon comprises a front portion, wherein a special effect is generated by the generator when the electrical sensing wires are attached to the front portion of the spoon (entrance into the mouth) and the front portion is submerged in liquid. A body having a passage through which liquid can pass; And Idea straw comprising a generator attached to the body to generate an electrical special effect by the liquid flowing into the passage. The method of claim 29, The generator is an idea straw including an actuator attached to the passageway to operate the generator by the liquid flowing into the passageway. The method of claim 30, The actuator includes an idea straw comprising two electrical sense wires positioned in the passage so as to be electrically connected by the liquid flowing into the passage. The method of claim 31, wherein And said generator comprises an electronic circuit assembly coupled to said electrical sensing lines. 33. The method of claim 32, And said electronics assembly comprises a voice device that generates an audible sound when said electrical sensing wires are electrically connected by liquid flowing into said passageway. The method of claim 33, wherein And said foot growth value comprises a speaker connected to said electrical sense wires. The method of claim 34, wherein The electronic circuit assembly includes an ICU that is connected to the electrical sensing lines and the speaker and that causes the speaker to generate a pre-input audible sound when the electrical sensing lines are electrically connected by a liquid flowing into the passage. straw. 36. The method of claim 35 wherein And said electronics assembly comprises a power source coupled to said ICU. The method of claim 36, And said electronics assembly comprises a transistor coupled to said ICU and said electrical sense lines. 33. The method of claim 32, And said electronic circuit assembly comprises a light emitting device for generating visible light when said electrical sensing lines are electrically connected by liquid flowing into said passageway. The method of claim 38, The light emitting device is an idea straw including a light emitting device connected to the electrical sensing lines. The method of claim 39, The electronic circuit assembly includes an idea straw including a power supply and a transistor connected to the electrical sensing lines and the light emitting device. 33. The method of claim 32, Idea straw further comprising a built-in device attached to the body and containing the electronic circuit assembly. The method of claim 41, wherein The embedded device, the idea straw comprising a frame devised in size and shape to embed the electronic circuit assembly. The method of claim 42, wherein The built-in device is an idea straw including a groove that is devised in size and shape so that a portion of the body can be entered and dug in the back of the frame. The method of claim 42, wherein The frame has two holes facing the sides of the frame, the idea straw designed to allow the body to pass through the frame. The method of claim 42, wherein The mold is an idea straw comprising a clip attached to the mold and designed to accommodate a portion of the straw in size and shape. The method of claim 42, wherein The body of claim 1 wherein the passage comprises a portion of the straw having a passageway through the passage of the straw in one step and leading to the passage of the mold in two stages and connected to the mold.